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[关于穴位作为生态感受敏感性系统的多模式感受器的假说]

[The hypothesis of acupuncture points as polymodal receptors of the ecoceptive sensitivity system].

作者信息

Limanskiĭ Iu P

出版信息

Fiziol Zh (1978). 1990 Jul-Aug;36(4):115-21.

PMID:2226940
Abstract

Hypothesis is proposed that the human brain has the sensory system (ecoceptive sensory system) which responds to changes of the Earth electromagnetic fields (EEFs) and meteorologic factors (MFs). Acupuncture points which are activated easily by adequate somatosensory stimuli (mechanical, temperature) and electromagnetic fields (electropuncture, magnetopuncture) can be polymodal receptors of the ecoceptive sensory system. It is supposed that the sensory endings of acupuncture points are excited by sharp changes ef EEFs and MFs. Through the neuronal brain stem structures, especially through hypothalamus, acupuncture points excitation starts the adaptive mechanisms intended to compensate the brain functional systems deviations, provoked by prolonged EEFs and unsettled weather environmental influences.

摘要

提出一种假说,即人类大脑具有对地球电磁场(EEF)和气象因素(MF)变化作出反应的感觉系统(生态感受性感觉系统)。容易被适当的躯体感觉刺激(机械、温度)和电磁场(电针、磁针)激活的穴位可能是生态感受性感觉系统的多模式感受器。据推测,穴位的感觉末梢会被EEF和MF的急剧变化所激发。通过脑干神经结构,特别是通过下丘脑,穴位的兴奋启动了旨在补偿由长期EEF和不稳定天气环境影响所引发的大脑功能系统偏差的适应性机制。

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